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Cold Plasma Stabilization of a Mirror-Confined, Hot-Electron Plasma.

机译：镜面约束热电子等离子体的冷等离子体稳定性。

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摘要

The stabilization of a hot-electron plasma in a simple mirror geometry is investigated. Controlled quantities of neutral gas generate a cold plasma through hot-electron ionization. Increasing stability is found with increasing gas pressure. The pressure required for stabilization is inversely proportional to ionization cross section of type of neutral gas, indicating the key stabilizing quanity is the number of cold electrons. Stabilization requires cold electron density to be same order of magnitude as hot. Line tying to external surfaces plays no role.

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Brown, I. G.; Lichtenberg, A. J.; Lieberman, M. A.; Wyeth, N. C.;
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年度 1975
页码 1-8
总页数 8
原文格式 PDF
正文语种 eng
中图分类工业技术;
关键词
Plasmas(Physics); Plasma control; Confinement(General); Mirrors; Geometry; Plates; Stability; Electron irradiation; Electron density; Reprints;

机译：等离子体（物理）;等离子体控制;限制（一般）;反射镜;几何学;板;稳定性;电子辐射;电子密度;重印;

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Cold Plasma Stabilization of a Mirror-Confined, Hot-Electron Plasma.

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